The entire wiki reimagined as a visual magazine with video discovery · Watch your interests come alive
The entire wiki reimagined as a visual magazine with video discovery · Watch your interests come alive
Lateral view of cerebrum showing several cortices
Lateral view of cerebrum showing several cortices
Diagram of layers pattern. Cells grouped on left, axonal layers on right.
Diagram of layers pattern. Cells grouped on left, axonal layers on right.
Micrograph showing the visual cortex (predominantly pink). Subcortical white matter (predominantly blue) is seen at the bottom of the image. HE-LFB st
Micrograph showing the visual cortex (predominantly pink). Subcortical white matter (predominantly blue) is seen at the bottom of the image. HE-LFB stain.
Cortical blood supply
Cortical blood supply
Schematic diagram showing the central and peripheral nervous system of a human
Schematic diagram showing the central and peripheral nervous system of a human
Dissection of a human brain with labels showing the clear division between white and gray matter.
Dissection of a human brain with labels showing the clear division between white and gray matter.
Different ways in which the CNS can be activated without engaging the cortex, and making us aware of the actions. The above example shows the process
Different ways in which the CNS can be activated without engaging the cortex, and making us aware of the actions. The above example shows the process in which the pupil dilates during dim light, activating neurons in the spinal cord. The second example shows the constriction of the pupil as a result of the activation of the Eddinger-Westphal nucleus (a cerebral ganglion).
Reflexes may also occur without engaging more than one neuron of the CNS as in the below example of a short reflex.
Reflexes may also occur without engaging more than one neuron of the CNS as in the below example of a short reflex.